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The subject of this master’s thesis is a design of a single-purpose assembly machine for automotive industry. The assembled component is a part of a headlight of a passenger car consisting of a heatsink, a PCB and a reflector which are mutually connected by screws. The result of the thesis is detailed 3D model of the single-purpose machine made in Creo Parametric software and drawing documentation of the designed machine.

Práce se bude zabývat aktuálními aplikacemi poskytujícími služby srovnání cen na internetových obchodech. Autor navrhne možnosti vlastního řešení podobné služby.

This thesis compares the production of two different material variants identical schodnicového stairs. For both material options are set production times two technologies. First production technology uses only purpose woodworking machines. The second technology, some operations performed on CNC machines. Use the tables are compiled chronologically manufacturing operations with a specific time needed to produce a given element stairs. The work also includes the determination of material consumption.

This work deals with design of the sewing machine. The aim was to design a sewing machine for home use that meets the technical requirements for this type of machine and its functions corresponds to the usage. It should also be appropriately addressed by ergonomic and finally should have some aesthetic value. The machine should be easy and intuitive to use and should provide improved user features.

Master thesis includes a small description of agricultural mowers. It is about principles of these machines, activity description and about main properties of these machines. Second part of the thesis deals with protection of cutting knife, primarily about rotary mowers. At the end, it analyses behavior of the knife related to the protection , when it hits into a~barrier. The thesis defines the new coefficient K, which represents cutting resistance of a grass and it used for studying dynamic of the knife for various value of K.

The thesis introduces and briefly describes an overview of tillage's technologies which are applied in modern agricultural operations. These are the technical resources by which it is possible to achieve maximum productivity values, with minimum impact on the environment, which are requested by their users these days. It further approaches on trends in the area of the precision agriculture and provides a list of innovations which have the potential to streamline systems of tillage and crop production. Finally, the thesis analyses the output of parameters of the kit Case IH Quadtrack and Horch Tiger Lt. This is in particular the dependence of values such a performance and hectare consumption on the operating mode of the engine. This analysis was based on data collected during field measurement on 30th March 2016 on land owned by company called Roštenice a.s.

This thesis gives a description of technique utilization forage and methods about forage preservation. Next part presents the factors and opportunity of organization machinery to the machine line for ensilage. Practical part compares results of practical field experiment about self propelled harvester and various transport vehicles for transport cutter forage. The experiment monitored fuel consumption, engine hours, turnover time and transporting amount of vehicles which are then compared.